AT49F002NT-90TI

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AT49F002NT-90TI is a type of computer memory device. It is used to store data and instructions in various types of digital equipment, including personal computers and cell phones. This type of memory device is one of the most popular kinds of memory chips being manufactured today.

AT49F002NT-90TI is a Non-Volatile Random Access Memory (NVRAM). This means that it retains its contents in the absence of power. This type of memory does not require refreshing, which increases its reliability and reduces power consumption. It can also retain its data even after power is removed or the device enters sleep mode.

The memory device has a storage capacity of 2 megabytes and is equipped with error correcting code (ECC) technology. This feature helps detect and correct any errors that may occur in the stored data. The AT49F002NT-90TI uses an 8-bit data bus and an 11-bit address bus which enables it to access up to 2 megabytes of memory. It is a fast memory device, capable of operating at speeds up to 50 MHz.

AT49F002NT-90TI is suitable for a variety of applications that require non-volatile memory. These applications include consumer electronics, automation, industrial automation, medical systems and automotive applications. It is also used in embedded systems and in medical devices such as pacemakers.

The working principle of the AT49F002NT-90TI is fairly simple. It has two main operating modes, the write mode and the read mode. In the write mode, data is written to the memory device. The data is stored in its internal cells, and is kept there until the write command is issued again. In the read mode, data is retrieved from the memory device. The contents of the memory cells can be accessed and read by the device.

AT49F002NT-90TI is a reliable and powerful memory device suitable for a wide range of applications. Its combination of non-volatile memory and error correcting code (ECC) makes it a reliable option for reliable data storage and retrieval. This type of memory is commonly used in consumer electronics, automotive applications and medical devices.

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